Question
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Answer
La integral
se resuelve utilizando sustitución. Si
, entonces
, lo que simplifica la integral a
. Al integrar
, obtenemos
.
Solution
-
Sea
, entonces De aquí se deduce: -
Sustituyendo en la integral original:
-
La integral de
es: -
Por lo tanto, la solución es:
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Beyond the Answer
To solve
, we can use integration by substitution. Let
, which gives us
or
. This transforms our integral into:
So the final answer is:
Did you know that the beauty of integration often lies in its flexibility? By cleverly choosing substitutions, you can simplify otherwise complicated integrals into manageable expressions—like turning a complex polynomial into a neat exponent!
Also, integration plays a vital role in various fields like physics and engineering. For instance, it helps calculate areas under curves, volumes of solids, and even the total accumulated quantities, like distance traveled over time, all thanks to the fabulous Fundamental Theorem of Calculus!